Used DISCO DFD 6340 #9157645 for sale

DISCO DFD 6340 is a fully integrated scribing and dicing equipment designed and manufactured by DISCO Corporation. It is a complete unit that combines scribing, which is the process of cutting a material in order to create patterns, and dicing, which is the process of cutting a material into separate and individual pieces. The system is also a fully automated unit, which helps to ensure accuracy and consistency with regards to the production process. DISCO DFD6340 utilizes a rotating cutting tool which utilizes a laser light source to create a laser beam onto the substrate, allowing the whole machine to accurately and effectively scribe. The laser beam is then controlled by a computer numerical control (CNC) that helps to accurately and repeatably control the tool. The CNC features two axis control, giving the asset the ability to dicing cut in multiple directions and for perpendicular countersinks. The model also features a variety of coating techniques, including diamond-coated tools as well as PVD, which helps to ensure a high level of accuracy when cutting and scribing various material types. DFD 6340 also features several cooling techniques, such as direct coolant cooling and cryogenic cooling, which help to ensure that the cutting tool does not overheat and cause damage to the material. Additionally, it is capable of processing a wide range of materials, such as metals, ceramics and composite materials, helping to give the equipment flexibility and an overall increased performance. This system is extremely fast and highly accurate, being able to process 2,500 cuts per minute, which helps to make it ideal for mass production and manufacturing. In conclusion, DFD6340 is a scribing and dicing unit that combines the benefits of a CNC, automated processes, coating technology, and cooling techniques in order to create a reliable, high-speed, and accurate machine. This tool is ideal for mass production, with its high speed and accuracy, and is capable of processing a vast range of substrates.